While in school, each time I was asked, “What’s your course of study?” and I replied, “Textile Technology,” the reaction that usually followed was either surprise or disappointment. As a science student, people often expected me to say Medicine, Nursing, or one of the engineering courses. Some knew me to be very intelligent, so they wondered why I chose something they considered “lesser.”
A few would go as far as asking, “What exactly is Textile Technology all about?” and I would begin to explain – sometimes in detail, sometimes briefly. But when I noticed they still looked lost, I would give a simple definition by saying, “Textile is about clothing.” That was usually when they came to terms with what I meant. But deep down, I knew that textile is far beyond clothing.
Today, finding myself in a health journalism firm has become an opportunity to bridge the gap between textiles and health, which is exactly where medical textiles come in.
AI-powered medical textiles
The world, as we know it, is tilting toward Artificial Intelligence (AI). Every sector is finding a way to embrace AI, and truly, it has come to stay. Anyone who refuses to accept it will most likely be left behind as the world continues to evolve rapidly.
In the field of textiles, and more interestingly, medical textiles, AI is already finding its place. This is no longer the future; it is happening right now. AI has been incorporated into smart medical textiles, and this innovation is very much in vogue. These fabrics now help in the management of physiological parameters such as body temperature, heart rate, blood sugar, blood pressure, respiratory function, blood flow, oxygen saturation, and even muscle activity.
This happens because fabrics are now being embedded with sensors, biosensors, nanosensors, and conductive materials that can detect signals from the human body. I know this may sound strange, but that’s just to show how far textiles have gone beyond the ordinary or conventional clothing we used to know.
Far-reaching benefits
When AI is incorporated into these fabrics, it helps to produce real-time, relevant information from the human body that can be used to make decisions about the health of the patient. The outcome is a new level of vital information that can process and analyse signals generated by the body for real-time decisions.
This innovation has left a great mark in the healthcare industry, where accurate, precise, and reliable monitoring is in high demand. The AI embedded in these fabrics performs several functions such as feature extraction, anomaly detection, trend analysis, and predictive modelling.
According to a 2024 review by Hilal Ahmad Rather and colleagues, textile-based biosensors are being developed using materials like graphene, carbon nanotubes, and conductive fibres to monitor vital signs, glucose, lactate, and even pathogens. Similarly, in 2025, researchers from the University of Southampton introduced the SWEET project (Smart, Wearable, and Eco-friendly Electronic Textiles), which focuses on fully inkjet-printed, biodegradable fabrics that can measure heart rate and temperature — merging sustainability with innovation.
Also, Nottingham Trent University (2025) developed washable, touchless magnetoresistive sensors woven into textile yarns, showing how far wearable technology has advanced even under conditions like moisture and repeated washing. These examples confirm that AI-driven textiles are already contributing significantly to the healthcare sector.
Beyond clothing, into care
Textile is truly more than clothing. It has moved from what people wear to what actually cares for the people wearing it. For me, it’s both exciting and fulfilling to see how a field that many once misunderstood has grown to become a strong partner in modern healthcare.
Textiles are omnipresent when it comes to human hygiene and medical practice. Advanced medical textiles are rapidly developing due to growth and improvement in areas such as bandaging and pressure garments, wound healing and controlled release, implantable devices, and medical equipment.
In essence, textile has gone beyond fabric that covers the body; it has become a healing balm, one that collaborates with artificial intelligence to care for the human body through smart and responsive materials.
Challenges and the way forward
Although this innovation is promising, it comes with certain challenges – from biocompatibility and wash durability to data privacy and cost of production. Researchers have noted that ensuring safety, comfort, and long-term reliability of these smart fabrics remains crucial (Nature Reviews Materials, 2024).
However, these challenges should not discourage the adoption of AI in medical textiles. Rather, they present an opportunity for collaboration between textile technologists, data scientists, and healthcare professionals to create solutions that are both innovative and safe for human use.
Gloria Obikili holds a degree in Textile Technology and explores the link between textile and healthcare.
